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Service

Carbon Fiber and Fiberglass

We match layup, mold strategy, finish, and quantity to the part's role.

Carbon fiber duct, mold surface, and composite layup tools in a graphite workshop

Composite route

Composite parts and tooling paths for lightweight, rigid, or shaped components.

Inputs we need

  • Target geometry
  • Finish requirements
  • Load and heat expectations

Best fit

  • Low weight, shape control, or a premium surface matters
  • The quantity justifies a mold or repeatable layup
  • Packaging needs a custom duct, cover, or panel

Deliverables

  • Composite route
  • Mold or tooling recommendation
  • Finish and layup assumptions

Validation path

  • Geometry reviewed for moldability
  • Layup and finish agreed before production
  • Fit checked before final composite work

Risk notes

  • Tooling can dominate one-off visible parts
  • Tight packaging may need prototype fit checks first

Examples

  • Carbon duct
  • Fiberglass mold
  • Composite cover

Poor fit

  • Geometry is still changing
  • Printing or casting solves the function with less tooling

Related project paths

Services often paired with this

Part evaluation workbench with CAD model, drawings, calipers, and material samples

Evaluation intake

Better inputs create a faster technical response.

Evaluation intake

Ready to review a hard-to-source part?

Send photos, CAD, drawings, or notes. We review the route before pricing or production.

What to send

Photos

Clear views of the part, damaged areas, mounting points, and surrounding assembly.

Files

CAD, drawings, sketches, scans, PDFs, or prior production notes when available.

Dimensions

Critical measurements, fitment surfaces, tolerances, or known clearance limits.

Use context

Quantity, material goals, heat, load, vibration, wear, finish, and safety constraints.

Review style

Technical evaluation before pricing

Best inputs

Photos, broken part, CAD, drawings, quantity

Project types

One-off, prototype, small batch, repeat production